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    • 7. 发明申请
    • MEMORY MIRRORING
    • 记忆反射
    • WO2015164049A1
    • 2015-10-29
    • PCT/US2015/024230
    • 2015-04-03
    • RAMBUS, INC.
    • WOO, StevenSECKER, DavidKOLLIPARA, Ravindranath
    • G06F12/00
    • G06F11/1666
    • Memory system enabling memory mirroring in single write operations for primary and backup data storage. In one aspect, the system utilizes a memory channel including one or more latency groups, each encompassing memory modules that have the same signal timing to the controller. A primary and a backup copy of a data element can be written to two memory modules in the same latency group of the channel in a single write operation. In another aspect, a memory channel can store duplicate copies of data into multiple locations disposed in different memory modules and have different data propagation times. The relative timings of the chip select, command and address signals among the multiple locations are adjusted according to the data propagation delay, such that a data element can be written into the multiple locations responsive to a data signal transmitted from the memory controller in a single transmission event.
    • 内存系统在单次写入操作中启用主镜像和备份数据存储的内存镜像。 在一个方面,系统利用包括一个或多个等待时间组的存储器通道,每个延迟组包括与控制器具有相同信号定时的存储器模块。 在单次写入操作中,数据元素的主要和备份副本可以写入通道的相同延迟组中的两个内存模块。 在另一方面,存储器通道可以将重复的数据副本存储在设置在不同存储器模块中的多个位置,并具有不同的数据传播时间。 根据数据传播延迟来调整多个位置之间的芯片选择,命令和地址信号的相对定时,使得数据元素可以响应于从存储器控制器发送的数据信号而写入多个位置 传输事件。
    • 8. 发明申请
    • HIGH PERFORMANCE, HIGH CAPACITY MEMORY MODULES AND SYSTEMS
    • 高性能,高容量存储器模块和系统
    • WO2017023508A1
    • 2017-02-09
    • PCT/US2016/042356
    • 2016-07-14
    • RAMBUS INC.
    • RAJAN, SureshABHYANKAR, Abhijit, M.KOLLIPARA, RavindranathSECKER, David, A.
    • G06F3/00
    • G06F13/1678
    • Described are memory modules that include address-buffer components and data-buffer components that together support wide- and narrow-data modes. The address-buffer component manages communication between a memory controller and two sets of memory components. In the wide-data mode, the address-buffer enables memory components in each set and instructs the data-buffer components to communicate full-width read and write data by combining data from or to from both sets for each memory access. In the narrow-data mode, the address-buffer enables memory components in just one of the two sets and instructs the data-buffer components to half-width read and write data with one set per memory access.
    • 描述的是包含地址缓冲器组件和数据缓冲器组件的内存模块,这些组件一起支持宽数据和窄数据模式。 地址缓冲器组件管理存储器控制器和两组存储器组件之间的通信。 在宽数据模式下,地址缓冲器启用每个集合中的存储器组件,并指示数据缓冲器组件通过组合来自两个集合的数据到每个存储器访问来传送全宽读和写数据。 在窄数据模式下,地址缓冲器仅在两组之一中启用存储器组件,并指示数据缓冲器组件对每个存储器访问具有一组半帧读写数据。